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    • 1. 发明申请
    • DISTRIBUTION BLOCK FOR BLOWN-FILM EXTRUSION DIE
    • 用于薄膜挤出机的分配块
    • US20070190195A1
    • 2007-08-16
    • US11736673
    • 2007-04-18
    • Domenico MARZANO
    • Domenico MARZANO
    • B29C47/12B29C47/20
    • B29C48/705B29C48/09B29C48/10B29C48/21B29C48/30B29C48/335B29C48/3363B29C48/49
    • A melt distribution block for a co-extrusion die has a generally annular body with opposed front and rear faces and opposed inner and outer faces. Inlets at the outer face have channel ports for accepting flow of melted polymer into the distribution block. Flow controlling valves independently control the melted polymer flow through each of the channel ports. Melt flow channels on the front and rear faces between the inner and outer faces are in fluid communication with the channel ports. A thermal insulation layer within the distribution block between the front and rear faces separate all or part of the melt flow channels on the front face from all or part of the melt flow channels on the rear face. The blocks, together with separator blocks, are axially stackable front to rear around a central mandrel to form an extrusion die for making blown films into tubular form.
    • 用于共挤出模头的熔体分配块具有大致环形体,其具有相对的前表面和后表面以及相对的内表面和外表面。 外表面的入口具有用于接受熔融聚合物流入分配块的通道口。 流量控制阀独立地控制通过每个通道端口的熔融聚合物流动。 内表面和外表面之间的前表面和后表面上的熔体流动通道与通道口流体连通。 分配块内的前后面之间的绝热层将前表面上的熔体流动通道的全部或部分与后表面上的熔体流动通道的全部或部分分开。 这些块与分离块一起在中心心轴周围可前后地轴向堆叠,以形成用于将吹塑薄膜制成管状形状的挤出模头。
    • 2. 发明申请
    • Distribution block for blown-film extrusion die
    • 吹塑薄膜挤出模具分配块
    • US20060275523A1
    • 2006-12-07
    • US11142413
    • 2005-06-02
    • Domenico Marzano
    • Domenico Marzano
    • B29C47/06
    • B29C48/705B29C48/09B29C48/10B29C48/21B29C48/30B29C48/335B29C48/3363B29C48/49
    • A melt distribution block for a co-extrusion die has a generally annular body, for example in the shape of a conical frustum. The annular body has opposed front and rear faces and opposed inner and outer faces. Inlets at the outer face have channel ports for accepting flow of melted polymer into the distribution block. Flow controlling valves independently control the flow of the melted polymer through each of the channel ports. Melt flow channels on the front and rear faces between the inner and outer faces are in fluid communication with the channel ports. A thermal insulation layer within the distribution block between the front and rear faces separate all or part of the melt flow channels on the front face from all or part of the melt flow channels on the rear face. Such blocks together with separator blocks may be axially stacked front to rear around a central mandrel to form an extrusion die suitable for making blown films into tubular form.
    • 用于共挤出模头的熔体分配块具有大致环形的主体,例如呈锥形截头锥体的形状。 环形体具有相对的前后表面和相对的内表面和外表面。 外表面的入口具有用于接受熔融聚合物流入分配块的通道口。 流量控制阀独立地控制熔融聚合物通过每个通道口的流动。 内表面和外表面之间的前表面和后表面上的熔体流动通道与通道口流体连通。 分配块内的前后面之间的绝热层将前表面上的熔体流动通道的全部或部分与后表面上的熔体流动通道的全部或部分分开。 这些块与分离块一起可以围绕中心心轴以前后方向轴向堆叠以形成适于将吹塑薄膜制成管状形状的挤出模头。
    • 3. 发明申请
    • DISTRIBUTION BLOCK FOR BLOWN-FILM EXTRUSION DIE
    • 用于薄膜挤出机的分配块
    • US20100166901A1
    • 2010-07-01
    • US12647217
    • 2009-12-24
    • Domenico MARZANO
    • Domenico MARZANO
    • B29C47/12
    • B29C48/705B29C48/09B29C48/10B29C48/21B29C48/30B29C48/335B29C48/3363B29C48/49
    • A melt distribution block for a co-extrusion die has a generally annular body with opposed front and rear faces and opposed inner and outer faces. Inlets at the outer face have channel ports for accepting flow of melted polymer into the distribution block. Flow controlling valves independently control the melted polymer flow through each of the channel ports. Melt flow channels on the front and rear faces between the inner and outer faces are in fluid communication with the channel ports. A thermal insulation layer within the distribution block between the front and rear faces separate all or part of the melt flow channels on the front face from all or part of the melt flow channels on the rear face. The blocks, together with separator blocks, are axially stackable front to rear around a central mandrel to form an extrusion die for making blown films into tubular form.
    • 用于共挤出模头的熔体分配块具有大致环形体,其具有相对的前表面和后表面以及相对的内表面和外表面。 外表面的入口具有用于接受熔融聚合物流入分配块的通道口。 流量控制阀独立地控制通过每个通道端口的熔融聚合物流动。 内表面和外表面之间的前表面和后表面上的熔体流动通道与通道口流体连通。 分配块内的前后面之间的绝热层将前表面上的熔体流动通道的全部或部分与后表面上的熔体流动通道的全部或部分分开。 这些块与分离块一起在中心心轴周围可前后地轴向堆叠,以形成用于将吹塑薄膜制成管状形状的挤出模头。
    • 4. 发明授权
    • Procedure of attaching sheets and padded envelope
    • 安装纸张和填充信封的步骤
    • US07108650B2
    • 2006-09-19
    • US10494617
    • 2002-11-06
    • Domenico Marzano
    • Domenico Marzano
    • B31B49/04
    • B65D81/03B31B2155/00B31B2170/20B32B7/04B32B27/10B32B27/32Y10T156/1064Y10T156/1074Y10T428/1334
    • The envelope comprises layers of plain un-coated kraft paper and of bubble-wrap polyethylene. A stack of the layers is joined at the marginal edges of the envelope by squeezing the stack between a pair of points-dies, which are formed with points that puncture the kraft paper but do not puncture the polyethylene. The points push crowns of un-punctured polyethylene through the punctured boles in the paper. Then, the marginal edges are squeezed flat between flat-dies, the flat-dies being heated enough to cause fuse-bonding. The margins of the finished envelope are held together not only by fuse-bonding, but by the presence of the crowns, which, penetrating right through the holes in the paper, serve as mechanical rivets.
    • 信封包括普通未涂覆牛皮纸和气泡包装聚乙烯的层。 通过在一对点模之间挤压叠层,在层的边缘处连接层叠层,该点之间形成有刺穿牛皮纸但不刺穿聚乙烯的点。 这些点通过纸中穿刺的螺栓推动未穿刺聚乙烯的冠。 然后,边缘边缘在平坦模具之间被平坦地挤压,平面模具被加热到足以引起熔断结合。 完成的信封的边缘不仅通过熔接而保持在一起,而是通过直接穿过纸中的孔作为机械铆钉的冠的存在而保持在一起。